Cultivator.



E. N. FAAS & H. E. DODSON.

GULTIVATOR.

v APPLICATION'` FILED MAB. 7, 1908. 9613762, Patented June 21,1910.

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CULTIVATOR.

MPLIGATION FILED Mmm, 190s.

m97@ Y Patented June 21, 1910.

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CULTIVATOR. APPLICATION HLED MAL?, 190s.

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@15051511 como attenua# GULTIVATOR.

APPLIGATION FILED MARA, 1908.

Patented June 21, 1910.

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GULTIVATOR.

APPLICATION FILED MAB.. 7, 1908.

961,762. l Patented June 21,1910.

9 SHEETS-SHEET 5.

H. N. PAAs' a. H. E. DoDsoN. CULTIVATOR.

APPLICATION FILED MAIL?, 1908. 961,752, Patented June 21, 1910.

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attoznu H. N. PAAS & H. E. DODSON.

GULTIVATOR.

APPLICATION FILED MAIL?, 1908.

Patented June 21, 1910.

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Patented June 21, 1910.

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n HENRY N. FAAS AND HARRY E. DODSON, F SPRINGFIELD, OHIO, ASSIG-NORS, BY MESNE ASSIGNMENTS, TO THE AMERICAN SEEDING MACHINE COMPANY, 0F SPRINGFIELD, OHIO, A CORPORATION OF OHIO.

CIJ'LTIVATOR.

To all whom it may concern:

Be it known that we, HENRY N. FAAs and HARRY E. DoDsoN, citizens of the United States, residing at Springfield, in the county of Clark and State of Ohio, have invented certain new` and useful Im rovements in Cultivators, of which the ollowing is a specification, reference being had therein to the accompanying drawings.

This invention relates to cultivators, and more particularly to that type known as wheel cultivators.

The object of the invention is to produce a cultivator o f this type, in which the cultivating members can be so supported that they may be maintained at all times in the desired relation to the line of travel of the cultivator; to provide suitable mechanism for so maintaining the cultivating members; and further, to -produce such a cultivator having the ground wheels and cultivating member both pivotally connected thereto and having means for simultaneously moving said ground wheels and said cultivating members about their pivotal centers, whereby the cultivator is steered to maintain the cultivating members at the proper distance from the row of plants being cultivated and the cultivators are moved about their pivotal centers to maintain the same in the proper relation to the line of travel of the cultivator, thus presenting them to the soil at the desired angle and causing them to turn an equal amount of soil at all times.

With these objects in view our invention consists in certain novel features'of construction and in certain parts and combinations hereinafter to be described, and then more particularly pointed out in the claims.

In the accompanying drawings,-Figure l is a top plan view of a cultivator embodying our invention; Fig. 2 is a rear elevation of the same; Fig. 3 `is a side elevation of the rear portion of such a cultivator,'with the ground wheel removed; Fig. 4 is a side elevation of a shovel cultivator, with the ground wheel removed and showing our invention` applied thereto; Fig. 5 is a similar view of a shovel cultivator having a stationary axle; Fig. '6 is a side elevation of a disk cultivator having the ground wheel removed and showing a modified form of operating mechanism; Fig. 7 is an enlarged vlew of a portion of the operating mechanism of Fig.

Specification of Letters'Patent. Patented June 21, 1.910.

Application iled March 7, 1908. Serial No. 419,617.

6; Fig. 8 is an enlarged detail view of the foot lever of Fig. (3; Fig. 9 is a side elevation of a disk cultivator having the ground wheel removed and showing a further modification of the operating mechanism; Fig. 10 is a detail plan view of a portion of the operating mechanism employed in the form of cultivator shown in Fig. 5; Fig. 11 is a detail plan view of the operating mechanism' of the form shown in Fig. 4; Fig. `12 is a detail plan view of a portion of the operating mechanism shown in Fig. 6; Fig. 13 is a detail plan view of the operating mechanism shown in Fig. 9; Fig. 14 is a sectional view on the line of Fig. 13; and Fig. 15 is a detail view oi the movable stop.

' In Figs. 1, 2 and 3 of these drawings, we have illustrated the preferred form of our invention and have shown the same as embodied in a cultivator of a well known type. This cultivator comprises a main frame 1 which consists of rear and front transverse members 2 and 3, which transverse members are connected by means of longitudinally extending bars 4 forming a four-sided frame. The rear and front members 2 and 3 are further connected one to the other by means ofy vin front. of said frame. In the present instance, this tongue comprises two forwardly converging members 5, both of which are rigidly secured to the front and rear transverse members and form a part of the main frame of the cultivator. The rear transverse member 2 also comprises a part of the axle frame by means of which the ground wheels G are connected to the main frame. These ground wheels are, in t-he present instance, pivotally connected to the main frame and are preferably secured to downwardly extending brackets 7 which are rigidly secured to the transverse member 2 near the opposite ends thereof and each of which is provided with suitable bearing lugs 8 on the outer face thereof adapted to receive the upwardly extending standard or pivot lug 9 of the axle 10, upon which the ground wheel (3 is mounted. This upwardly extend- 4 of the vertical portion 9 of the axle may be 'controlled' in any suitable manner, but preferably, by providing they axle` with an arm to which may be attached suitable operating mechanism. This arm may be secured to the axle in any desired manner, but'we prefer to construct the same in the form of a bracket. 12,"preferablyv having` its inner facel recessed to extend over aportionof thenp- Wardly extending standard 9 and bearingA lugs 8, and yprovided With an apertured lug orcollar 1l adaptedl to be rigidly secured-to the' standard 9 above thel bearing lugs 8, to maintain the brackety l2 in a fixed relation to theaxle 10,' and also serving to retain thevertical ,portion 9` offthe aXleLlO, Within the bearingllugs 8. The lower portion'of thefbracket 12' is'also recessed, as .shovvnat 14, to extend overftheI axle 10 andthe sleeve or hubv le'vvhichis mounted thereon, thus 'furtherassistingin retaining the bracket.v `against any pivotal movement"v about the standard 9 and maintainingthe same ina ,fixed relation, tothe pivoted axle 10. This bracket 1 2.is proyded, preferablynear its upper end, with, an arm 16, which, in the present instance, extends toward the front of Athe machine and-is adapted tobe connected infnnison about their respective pivotalclen- .ters. VThe connect-ing means here `shown- .comprlses a` bar A17' having each of ,its ends to the corresponding arm*1 of the opposite,

axle in. such a vmanner as to rigidly. connectvtheseaxles and cause thesame to move screw-threaded, as shown at.18,' 4and adapted to extend through an eye-bolt v1.9,vvhich is nsecured near. the louterend` ofthe arm 16,

j `and .adjustablyheld:therein by means. of

1 nuts 2() arrangedlon'the opposite sides ofthe'. Ieye of said bolt. Thisbarmay ,alsoif de- K erred,A be provided'with suitable means, for

.holding the ,same against. movement, ythus .locking the axles inthe desired position and holding the, same againstkall, pivotal` mOVB- ment... In the forlnhere shown this ,lockmeanszconsistsin providin lthe bar17 with aseries yof apertures21a apted to receive a locking pin carried by a portionJ of the main frame. .This pin preferably consists of a plateA 22Qha'vingits loWer portion -v reduced to. forma-pin. which is adaptedl to enter the aperture 21 and having itsy upper portionwprovided With a longitudinal slot 23 adapted `to rengage a loolt23a carriedby a `portion .of the' main frame, by means .of

which the plateis ad-justably mounted upon 1 the mainframe 4and may be moved into or f lout of engagementavith said aperture 1n the tl it bar 17 f and may be vlocked in its adjusted position.y .f The bracket 12is also provided With a second-.arm or projection. 24 .extending for-v wardly therefrom and. adapted to connectl said bracket with suitable operatingmecn" anism, as will be hereinafter described.

The cultivating members, of which there serves y.

are preferably two, may be of any suitable character and are supported on opposite .sides of the centerof the main frame in any suitable manner, preferably by means of a suitable support which is so mounted on the vmain frame as to have both a vertically reciprocatory and a rotatory movement relatively thereto. In the present instance, these cultivating .members .are showli as each comprising a plurality of disks 25 mounted upon a suitable shaft 26 Which is connected to themainpflrame in anysuitable manner,

. preferably by means ofl a substantially U- shaped yoke .27 which isadapted to engage the shaft 26 fat points near its opposite ends. and isfsecured to a bearing plate 28 'forming partf'of the support4 and providedy with do'wnvvardlyfezrtending lugs 29 adapted to engage the opposite sides of the upper porltion vof theHyokel 2'? and hold the saine against @movement yrelatively. thereto. The bearing'plate 28`is pivotally connected to a second and coperatingplate 30 .by means of a vbolt, 3ll extending `through the upper portion of thel yoke 27V and thebearing plates 28 and 30w and provided, with a nut 32 for securing said members in their `assembled positions. Suitable means are provided for controlling the pivotal movement ofl the bearing plate '.28 relatively tothe bearing` plate 30 and the-support. This means prefy erably consists of a toothed segment 33 mounted on theplate ,30 anda dog or pawl 34 carried 'by they plate 28vand adapted to vengage, the teeth of said segment to preventv the. .pivotal movement of the plate 28. The

.dog -34 is preferably mounted on a rearwardly/extending arm 535. Whieh also supports the `transverse bar 36, upon Which are ymounted a series of Scrapers 37 adapted to engage t-heV` surface of the disks 25 and free the same from any accumulations of soil or .trash which may adhere thereto. y The bearing plate 30 is provided` with an up- Wardly extending member or plate 38` hav- .ing its outer face serrated and Vadapted. to 4 cooperate vvvith the serrated tace of a simi- `the present instztnce, comprising a bracket.

4 2 having a plurality of` bearing lugs 43, Within Whichthe` standard, 41y haspboth a reciprocatoryland a,rotatorymovement.l The standardlmay be connected to the support many suitablemanner, but ist preferably .,connected, as shown in Fig. 3, Where the `lowerportion of the standard is shown as V"turned at right angles thereto toy form a bolt 44 which' extends through the coperating plates and 39 and is provided With a .suitable nut #l to lock these *plates in their adjusted? positions relatively one to the other. 7lhe plate is preferably provided With a groove or recess 46 to receive the lower of the standard Ll-l and prevent the bracket 4&0, oi' which the plate 39 ormsa part, from rotating about the horizont-al portion of the standard. suitable clip i7 extends about thel standard il and through the upper portion of the plate and serves to secure the standard Within the recess i6 of said plate. The plate 39 beingthus held against movement about the horizont-al portion or" the standard, it Will be seen that by loosening the nut l5 the plate 38 'may turne bou 'is horizontal axis and arranged iu an y desired position to adjust? the disks at the desired angle to the main fra-me and locked in this position by tightening' down nut e5 and bringing the serrated aces oi' the pla-tes 48 and 39 into engagement one with the other; rllhe vertical movement oit the stan ard i-l and the support for the cultivating members isv controlled by means of a suitable hand lever Lil-8 mounted on the main trane and havingggl outer end provided with a sleeve or bearing 4&9, in which is slidably mounted a rod 50 Vhaving at its end a suitable stop 5l. This rod vis connectedk at its lovver end to the support for the cultivating members. ln the present instance, this rod is connected. to an apertured lug 52' extending upwardly rom the plate which is supported by the horizontal xn bei" of the bracket 40. A suitable spri .ab is coiled'abo-nt the rod 5() between the sleeve 49 and the lovver end of the rod which is provided With a suitable stop 56. 'lhe plate 53 also has a forwardly extending arm 57 and is preferably adjustably mounted upon the' plate .f5-l so that the arm 57 can be arranged at the desired angle to the plate and to the support, of Which said plate forms a `part. This adjustability is preferably secured by forming the adjacent surlaces-ot the plates 53 and 54 with serrations or teeth and securing the same one to the other by a suitable bolt 58. A suitable drag bar 59 extends from the forward transverse member 3 ot the main traine to the support for thev cultivating members, and, in the present instance, this drag bar is connected to the transverse member Sby means of a horizontal pivot, permitting the drag bar to move through vertical plane. The opposite end ot the drag bar is provided with a vrtical bearing sleeve or apertured lue' 60 which engages alvertical stud 6l extending downwardly from the bracket et@ ivhich 'terms a part of said support.

Suitable'mechanism is provided Jfor operating 'the arm to move the support for tliecnltivating 'members about its vertical airis and 'for`V connecting this arm to the arm rigidly secured to the projection or arm 2li of the bracket 12 by means of suitable bolts 64, While the other arm 65 is connected tothe arm 57 of the support: for the cultivating members by means of a suitable link. rl`his link, in the present instance, comprises a rod or bar 6b having one end bent at substantially right angles thereto andv adapted to engage a bearing aperture G7 formed in the 'louter end et the arm 57 and having' its opposite end bent upon itself to form an eye 68 adapted to receive the lower end of a pin 69 'carried by the arm lhis ari-n is preferably provided near its outer end with a vertical bearing 70, Within which the pin 69 is mounted and is .held by means of a suitable stop '51. Thus, it will be seen that the ioot lever 62, which. is I .gidly connected to the pivoted axle 9, pivots about the same center asdoes said axle and any movement of that lever is transmitted to the ground Wheel, and that by this movement of the ground Wheel the'cultivator is steered to maintain the cultivating members' in, the desired refation to the row of plants Which is being cultivated, and, this lever being also con-l nected to the support for the cultivating members, the movement of the oot lever serves to move said support about its vertical axis el and thus maintain the cultivating members or disks in tbe desired relation to the line of travel of the cultivator, thereby causing the same to engage the soil at the same angle at all times; and further, that the pivoted axles of each ground Wheel being rigidly connected one to the other, any movement of one of these axles is transmitted tothe other so that the forward movement of the foot lever on one` side Will turn the Vground Wheels and cultivating members in one direction, While the forward movement of the other foot lever Will turn said ground Wheels and cultivating members in the opposite direction.

ln Figs. 4.- and ll, We have shown a form of the device, similar to that shown in ,1, 2 and l, applied to a shovel cultivator. ln this cultlvator the pivoted axle for the ground Wheel is the same asjhat above d'escribed and the cultivating members, which -in this form are the shovels Y2, are carried. by asupport or gang beam .73 which is pivotally connected to the main trame by means of a vertical standard Tl, which is rigidly `secured at its lower end to said gang beam near the rear end thereoi and is slidably and rotatably mounted inthe bearing bracket 'l2 which is carried by the main frame. An operating lever is .pivotally mounted on lever, thus forming a resilient connection` between the lever and the gang beam. The other arm of the lever is connected by means of a spring 80 with the forward end of the main frame, the spring 80 being connected to the lever 75 by an adjustable connection, such as a chain 81 adapted to engage a hook 82 carried by the lever. The drag bar 83 is pivotally connected at its forward end to the forward transverse member 3 of the main frame and is pivotally connected at its other end to the ang beam 73 at a point near the standard 4. By connecting the drag bar close to the pivotal center of 'the gang beam it offers little or no resistance to the movement of the gang beam about its pivotal center. An arm 84 is rigidly secured to the gang beam 73 andl has its out-er end connected by means of a link 85 with a foot lever 86, one end of which is connected to the arm or projection 24 of the pivoted axle. The foot lever is preferably substantially L-shaped and the link 85 is connected thereto at or near the angle thereof. Thus, as the foot lever is actuated to move the pivoted axle about its vertical axis, the arm 84 is also actuated and the gang beam moved about its pivotal center and the cultivating membersmaintained in the same relation to the line of travel of the cultivator.

In the form of the device shown in Figs. 5 and 10, a fixed axle is employed and the cultivating members, which, in this instance, are the shovels 72 carried by the gang beam 73, alone are movable. These are mounted and connected to the main frame in substantially the same manner as are the cultivating members of Figs. 4 and 11, but, in this instance, the axle is provided with a stationary arm 87, and the foot lever 88, which is substantially L-shaped, is pivotally connected at a point near the angle thereof with the gang beam or support 73, as shown at 89. This foot lever is connected at a point near its extremity with the fixed arm 87 by means of a suitable link 90. Thus, when the foot lever is actuated the gang beam or support 73 is moved about its vertical axis and the cultivating members are adjusted to maintain the same in the desired relation to the travel of the cultivator.

In Figs. 6, 7, 8 and 12, Awe have shown a form of the invention, in which the construction and arrangement of ground wheels and cultivating members is similar to that of Figs. l, 2 and 3, but in which the operating mechanism is of a different character ment transversely of the main frame andsuch movement is adapted to move the sup:- port of the cultivating lmembers about its pivotal center, and in providing means for moving the forward end of the drag bar simultaneously with the movement of the ground wheel about its vertical axis. In the preferred form of the device the forward transverse member 3 of the main frame has secured thereto and extending longitudinally thereof a guideway preferably comprising a channel bar 91 having it-s lower edges turned inwardly to form flanges 92. A suitable guide block 93 is slidably mounted within said guideway and is preferably provided with suitable antifriction rollers 94. This block has a stem 95 extending outwardly between the flanges 92 and provided with an arm 96 having a downwardly extending pivot stud 97, to which is pivotally connected the forward end of the drag bar 98, the opposite end of which is rigidly connected to a lug 99 carried by the bracket 40. The arm 96 has an upwardly extending apertured portion 100 in which is adjustably secured a bar or rod 101. This bar is of such a length that it extends to the opposite end of the transverse member 3 and is there connected to the other guide block 93. A suitable si eve or collar 102 is adjustably mounted upon the bar 101 by means of a suitable set screw 103 and has extending upwardly therefrom a in or projection 104 adapted to engage a s ot 105 formed in one arm 106 ofa bell crank lever 107 which is mounted on a downwardly extending pivot stud 108 which is supported from the main frame. The other arm 109 of the bell crank lever 107 is pivotally connected to a link or connecting rod 110, the opposite end of which is connected to one arm 111 of a foot lever 112 which is pivotally mounted on the pivot stud 113. supported from the main frame. A second arm 114, which is rigidly secured to said foot lever 112, is connected by means of a link 115 with the projection or arm 24 of the pivoted axle. Thus, it will be seen that when the foot lever is actuated the ground wheel will be turned about its pivotal axis and the bell crank lever 107 actuated to shift the bar 101 transversely of the main frame, which bar being rigidly secured to the arm 96 of the guide block 93 to which the forward end of the drag bar 98 is connected,

carries the forward end of the drag bar with it, and, as the opposite end of this drag bar is so connected to the support for the cultivating members that it has no lateral movement relatively thereto, this support is necessarily turned about its pivotal center, thus adjusting the cultivating members relatively to the line oit travel of the machine. The movement of the block 93 in the channel bar 1 is comparatively short and the loose tit otV the block within the bar is suilicient to permit the block to accommodate itself to the varying distances between the support and the channel bar.

V:[n Figs. 9, 13 and, 141, a still further modification of the invention is shown. ln this torni the ground wheels are mounted upon iXed axles 116 which are rigidly supported from the main frame. The cultivating members or disks are supported from the bearing plate 117 in the same manner as are the disks of Figs. 1, 2 and 3. rllhis bearing plate is pivotally connected with a coperating plate 118 which is vertically adjustable onvthe main iframe and is lalso capable ot movement about a horizontal existo adjust the dislrs at an angle to the main frame. The bearing plate 118 is preferably provided with an upwardly extending member 119 having one face serrated and adapted to coperate with the serrated face of a second plate or member 120, to which it is connected by means of a suitable bolt 121. rlhe plate 120 has rigidly secured thereto and preferably formed integral therewith an upwardly extending aperturcd member 122 adapted to receive one arm of a yoke 123, which is rigidly secured thereto, extends transversely of the machine and has its other arm connected to the other cultivating member. rlfhe vertical movement oi' the yoke 123 and the cultivating members which are con nected thereto is controlled by a lever 124ico'nnected to the'member 122 by means of a suitable rod 125 and an actuating lever mounted on the main frame, as in the other forms of the device. rlhe plate 117 has a forwardly extending portion or arm 126 which is pivotally connected at itsouter end to a. yolre 127 which extends transversely of the main frame and is connected at its other end to the corresponding arm 126 on the opposite side of the cultivator, therebycausing said arms and, consequently, the cultivating members, to move in unison. rllhe member 122 also has an outwardly extending projection or arm 12S which, in turn, has an arm or projection 129 extending forwardly at right angles thereto. The Jlorwaid end of the arm 129 is connected, by means of a linlr 13G, with one arm 131 of the toot lever 132, which foot lever is pivotally mounted at a point intermediate its ends on the arm. 126, as shown at 138. Thus it will be seen that the foot lever is connected at one end to a part of the machine which is held against lateral movement relatively to the support for the cultivating members and isconnect ed at a point intermediate its ends with the arm 126. Consequently, any movement off the toot lever 132 would cause the forward end o said arm 126 to move transversely of the main trame around. the pivot 31 and thus would cause the plate 117 and the cultivating members carried thereby to rotate about a vertical axis, thereby adjusting the cultivating members relatively to the line of travel of the cultivator. rllhe arm 126 is preferably constructed in two pieces and connected by means olE a universal. joint, which will permit the adjustment of the arm to maintain the forward portion of the same at all times in the desired position relatively to the operating mechanism, but which will permit the rear portion, to which the cultivating members are connected, to be adjusted either vertically or horizontally relatively to that forward portion, as the culti vating members may be adjusted relatively to the main trame. The joint by means of which the two parts of the arm 12@ are connected is preferably of the ball and socket type, one part ot the arm being provided with a socket 134. having a transverse slot 135 formed therein. rlhe other portion of the arm is provided with a projection or semispherical part 136 adapted to tit within the socket 131i and to be connected thereto by means ott a bolt 13? extending through the projection 136 and the slot 135 in the part 134, thus enabling the two parts of the arm 126 to be adjusted about a longitudinal axis and thus permitting the cultivating` members to be adjusted. about a horizontal airis relatively to the main frame. The socket 13d is preferably provided with ribs 188 adapted to coperate with a projection or rib 139 carried by the part 136. Thus, by

lill? loosening the bolt 137, the two parts can be adjusted at anangle one to the other, the

parts being loclred in their adjusted position by tightening dozvn the bolt 137,

The operation of the device will be readily understood from the foregoing description and it will be obvious that we have provided a cultivator in which the cultivating niembers may be readily adjusted to maintain the same in the desired relation to the line of travel of the cultivator; that we have provided adequate means for so adjusting the said cultivating members; and further, that we have provided such a cultivator in which both the ground wheels and the cultivating members are pivotally supported and which is provided with suitable mech anism Yfor simultaneously operating said ground wheels and said cultivating niembers. thus steering the machine to bring the cultivating members in the desired relation to the row and adjusting the cultivating members to present the same to the soil at the proper angle relatively to the line of travel of the cultivator. a

lt will be obvious that the invention is capable of many modifications and of being lid@- applied lto many forms of cultivators, and, while We have herein shown several forms of the invention, we wish it to be understood Y what We claim as new and desire to secureV w`-by Letters Patent, is

that we do not desire to be limited to the exact details of construction shown and described, for robvious modifications will occur to a person skilled in the art.

' Having thus fully described our invention,

l. In a cultivator, the combination, with a main frame, an axle mounted on said main frame, aground wheel carried by said axle, a cultivating member, and a support for said cultivating member pivotally connected to said main frame near the rear end thereof and movable about a vertical axis, of means vfor connecting said axle to said support comprisin a foot lever mounted on one of said mem ers, and a link connecting said llever to the other of said members.

2. In a cultivator, the combination, with a main frame, an axle mounted on said main frame, a ound wheel carried by said axle, a cultivating member, and a support for said cultivating member pivetally connected to said main frame near the rear end thereof and movable about a vertical axis, of means for connecting said axle to said support, comprising a forwardly extending arm rigidly secured to one of said members, a lever mounted on the other of said members, and a link connected at one end to said arm and at the other end to said lever at a point re- .moved from the point of connection of said lever to its supporting member.

3. In a cultivator, the combination., with a main frame, an axle mounted on said main frame, a ground wheel carried by said axle, a cultivating member, and a support for said cultivating member pivotally connected to said main frame and movable about a vertical axis, of a forwardly extending arm rigidly secured to said support, a second forwardly extending arm supported by said main frame, a lever .mounted on one of said arms, and a link connecting said lever to the other of said arms.

4. Inra cultivator, the combination, with a main frame, an axle pivotally mounted v thereon, a ground wheel carried by said axle, a-cultlvating member, and a support semen cultivating member. pivotally connected to said main frame near the rear end thereof and movable about a vertical axis, of an arm rigidly secured to said axle, a second arm rigidly secured to said support and arranged substantially parallel with the first-mentioned arm, a foot lever rigidly secured to the arm carried by said axle, and a link connecting said lever to the arm carried by said support.

6. In a cultivator, the combination, with a main frame, an axle pivotally mounted thereon, a ground wheel carried by said axle, a cultivating member, and a support for said cultivating member pivotally connected to said main frame near the rear end thereof and movable about a vertical axis, of a forwardly extending arm rigidly secured to said support, a lever rigidly connected to said axle, and means for operatively connecting said lever to said arm.

7. In a cultivator, the combination, with a main frame, an axle pivotally mounted thereon, a ground wheel carried by said axle,.a cultivating member, and a support for said cultivating member pivotally connected to said main frame near the rear end thereof and movable about a vertical axis, of an arm rigidly secured to said support, a foot lever having one end bifurcated, one arm of said lever being rigidly connected to said axle, and means for connecting the other arm carried by said lever to the arm carried by said support.

8. In a cultivator, the combination, with a main frame, an axle ivotally mounted thereon, a ground wheel) carried by said axle, a cultivating member, and a support for said cultivating member pivotally connected to said main frame and movable about a vertical axis, of a forwardly extending arm rigidly secured to said support, a

Vbracket secured to said axle, a lever rigidly secured to said bracket, and a link connecting said lever to the arm carried by said support.

9. A cultivator comprising a frame, ground wheels therefor, a pivoted axle for each of said ground wheels, cultivating members, a support for said members pivotally connected to said frame near the rear end thereof,'an arm rigidly secured to said support, a foot lever having a bifurcated end, one of the arms of said bifurcation being rigidly secured to said pivoted axle, and a linlr` connecting the other arm of said bifurcation to the arm of said support.

10. A cultivating member comprising a frame, ground wheels, pivoted axles for connecting said ground wheels to said frame, arms secured to said pivoted axles, bars secured to the opposite ends of said arms and having a series of holes arranged longitudinally thereof, a plate having a slot at one end thereof, and a pin at the opposite end thereof, a bolt adapted to extend through said slot to loosely connect said plate to the mam frame, said pin being adapted to enter one of the holes in said bar to lock said bar agamst movement, cultivating members pivotally supported from said frame, and means for simultaneously moving said cultivating members and said ground Wheels about their pivotal centers.

11. A cultivator comprising a frame, cultivating members supported therefrom, a bracket rigidly secured to said frame and having bearing lugs secured thereto, an axle having a vertical portion mounted in said bearing lugs, a bracket having a bearing lug ada ted to engage said vertical portion of sai axle, a part of said bracket being adapted 4to engage the horizontal portion of said axle to retain said bracket against movement `relatively thereto, an arm carried by said bracket, and means for actuating said arm to cause said axle to move about its pivotal center.

In testimony whereof, We aflix our signatures in presence of two witnesses.

HENRY N. FAAS. HARRY E. DODSON. Witnesses:

HARRIET L. HAMMAKER, EDWARD S REED. 

